format again

docs/src/integrating.md

@@ -39,32 +39,32 @@ IntegrandValuesSum
 
 ```@example integrating
 using OrdinaryDiffEq, DiffEqCallbacks, Test
-prob = ODEProblem((u,p,t)->[1.0], [0.0], (0.0,1.0))
+prob = ODEProblem((u, p, t) -> [1.0], [0.0], (0.0, 1.0))
 integrated = IntegrandValues(Float64, Vector{Float64})
 sol = solve(prob, Euler(),
-            callback = IntegratingCallback(
-                (u, t, integrator) -> [1.0], integrated, Float64[0.0]),
-            dt=0.1)
+    callback = IntegratingCallback(
+        (u, t, integrator) -> [1.0], integrated, Float64[0.0]),
+    dt = 0.1)
 @test all(integrated.integrand .≈ [[0.1] for i in 1:10])
 
 integrated = IntegrandValues(Float64, Vector{Float64})
 sol = solve(prob, Euler(),
-            callback = IntegratingCallback(
-                (u, t, integrator) -> [u[1]], integrated, Float64[0.0]),
-            dt=0.1)
-@test all(integrated.integrand .≈ [[((n * 0.1) ^2 - ((n-1) * (0.1))^2) / 2] for n in 1:10])
+    callback = IntegratingCallback(
+        (u, t, integrator) -> [u[1]], integrated, Float64[0.0]),
+    dt = 0.1)
+@test all(integrated.integrand .≈ [[((n * 0.1)^2 - ((n - 1) * (0.1))^2) / 2] for n in 1:10])
 @test sum(integrated.integrand)[1] ≈ 0.5
 
 integrated = IntegrandValuesSum(zeros(1))
 sol = solve(prob, Euler(),
-            callback = IntegratingSumCallback(
-                (u, t, integrator) -> [1.0], integrated, Float64[0.0]),
-            dt=0.1)
+    callback = IntegratingSumCallback(
+        (u, t, integrator) -> [1.0], integrated, Float64[0.0]),
+    dt = 0.1)
 @test integrated.integrand[1] == 1
 integrated = IntegrandValuesSum(zeros(1))
 sol = solve(prob, Euler(),
-            callback = IntegratingSumCallback(
-                (u, t, integrator) -> [u[1]], integrated, Float64[0.0]),
-            dt=0.1)
+    callback = IntegratingSumCallback(
+        (u, t, integrator) -> [u[1]], integrated, Float64[0.0]),
+    dt = 0.1)
 @test integrated.integrand[1] == 0.5
 ```